sinθ[(1−tanθ)tanθ+sec2θ](1−sinθ)tanθ(1+tanθ)(secθ+tanθ)is equal to : View Solution Free Ncert Solutions English Medium NCERT Solutions NCERT Solutions for Class 12 English Medium NCERT Solutions for Class 11 English Medium ...
What is sin^(2)(3pi)+cos^(2)(4pi)+tan^(2)(5pi) equal to ? 03:52 What is sqrt(1+sin2theta) equal to ? 02:32 If cot A = 2 and cot B = 2 , then what is the value of A +B ? 01:17 What is sin^(2)66(1^(@))/(2)-sin^(2)23(1^(@))/(2) equal to ?
If {eq}0^\circ < \theta < 90^\circ {/eq}, is {eq}sin(\theta) {/eq} equal to {eq}cos (90^\circ) {/eq}, and for what reason? Cosine and Sine on a Unit Circle: Cosine and Sine refer to the x and y coordinates of a unit circle, respec...
why is i^4 equal to 1 What is the degree of the monomial 3x^10? If g(x)= 2x - \int_0^{\tan x}\frac{1}{\sqrt{1 + t^2dt, x\in (0, \frac{\pi}{2}). What does g '(\frac{\pi}{3}) equal? What is the multiplication property of equality?
What isθifo=10anda=8? Trigonometric Ratios: The trigonometric ratio is used in many places where we have to find the length of some side of the triangle or the sides of the polygon. The right-angle triangle is to be given else the sine or cosine rule is to be used. ...
Is cot the same as tan 1? Cotangent is not same as tangent inverse. Cotangent function is equal to the reciprocal of tangent function. What is inverse sec equal to? For every trigonometry function such as sec, there is an inverse function that works in reverse. These inverse functions have...
The derivatives are the rate of change of the functions with respect to the function's variables. Some derivatives formulas are as below: ddt(tn)=ntn−1ddt(t)=1ddtsin(t)=cos(t)ddttan−1(t)=11+t2ddt(C)=0 Where C is constant terms. Answer and Explanation: Given ...
Click here:point_up_2:to get an answer to your question :writing_hand:if 2cos theta 1 and theta is acute angle then what is theta
A circle is a closed geometric figure such that all the points on its boundary are at equal distance from its center. For a unit circle, this distance is 1 unit, or the radius is 1 unit. Let us learn the equation of the unit circle, and understand the ways to represent each of the...
In summary, my professor said that the moment of inertia of a system is equal to the sum of the moment of inertia of each of its masses. However, I don't see why we can use R here rather than the distance from the center of the pulley to the mass. Isn't the moment of inertia...